Physicist Brian Cox takes us into the mind-bending world where quantum mechanics, black holes, and the future of computing converge.  In this interview, Cox shares the engineering challenges behind building quantum computers and the intricate dance of storing information in their notoriously delicate memory. However, black holes have an unexpected link to quantum information storage. Cox discusses how Planck units, holography, and redundancy could shape the future of computing.  It is a mind-expanding discussion that pushes the boundaries of our understanding. Even Cox says, “You’re not meant to understand what I’ve just said because I don’t understand what I’ve just said because nobody understands what I’ve just said.” Welcome to the frontier where nature’s laws and technological innovation collide. BRIAN COX: There’s an engineering challenge in building quantum computers, which is how to store information in the memory of the quantum computer safely, robustly, because quantum computer memory is notoriously susceptible to any interference from the outside environment. If any of the environment in which the memory sits interacts with the memory in any way, then …